Kubota V3306 Engine
The Kubota V3306 engine is a 4-cylinder turbocharged diesel engine widely used in construction machinery and agricultural equipment. It has a displacement of 3.3 liters (3307 ml) and typically produces around 75-80 horsepower (56-60 kW) of maximum net power. The engine’s maximum torque is approximately 250-270 N·m, with a maximum speed range of 2200-2600 rpm.
Key design features of the V3306 include a direct injection fuel system, compact combustion chamber structure, and a 4-cylinder layout. It often utilizes a common rail direct injection system for improved fuel efficiency and reduced emissions. The engine is known for its reliability, durability, and ability to provide stable power output in various harsh working conditions.
Performance characteristics of the V3306 include good fuel efficiency due to advanced injection technology and an optimized combustion system. It generally has lower noise levels compared to similar engines, enhancing operator comfort. The engine complies with EPA Interim Tier 4 and EU Stage IIIA emissions regulations, achieved through mechanical means like a cooled exhaust gas recirculation (EGR) system.
The V3306 is versatile and finds applications in a wide range of industrial equipment. It offers options for side power take-off (PTO), allowing the installation of up to three hydraulic pumps with different capacities. This feature caters to the increasing use of hydraulic control devices in industrial machines.
Kubota’s V3306 engine stands out for its balance of power, efficiency, and environmental performance. Its compact design, coupled with robust performance characteristics, makes it a popular choice for various applications requiring reliable and efficient power sources.
Applications
The Kubota V3307 engine (which is the correct model number, not V3306) is widely used in various industrial and agricultural applications due to its versatility and reliable performance. Some typical applications include:
1. Construction machinery: The engine is commonly used in equipment like excavators, bulldozers, loaders, and road rollers. Its stable power output and reliability make it well-suited for demanding construction environments.
2. Agricultural equipment: The V3307 powers various agricultural machines such as tractors, harvesters, and irrigation equipment. Its fuel efficiency and durability are valuable assets in agricultural production.
3. Generator sets: The engine is frequently utilized in generator sets to provide temporary or continuous power supply. Its stable performance and relatively low noise levels make it a preferred choice for power generation applications.
4. Forklifts: The V3307 engine is suitable for powering forklifts, offering good torque characteristics for material handling operations.
5. Wood chippers: The engine’s power output is well-suited for wood chipping equipment used in forestry and landscaping.
6. Air compressors: Industrial air compressors often use the V3307 engine as a power source.
7. Pavers: Road paving equipment may incorporate this engine for its reliable performance.
8. Aerial work platforms: The V3307 can power aerial lifts and other elevated work platforms.
9. Pumps: Various pumping applications in industries like water management and oil & gas may use this engine.
10. Marine propulsion: In some cases, the V3307 is used as a power source for smaller marine vessels.
The Kubota V3307 engine’s popularity across these applications stems from its balance of power output, fuel efficiency, compact design, and compliance with emissions regulations.
Kubota V3306-t
The Kubota V3307-T is a 4-cylinder turbocharged diesel engine commonly used in construction machinery, agricultural equipment, and other industrial applications. It has a displacement of 3.3 liters (3331 cc) and typically produces around 55.4 kW of power at 2600 rpm.
Key specifications of the V3307-T include:
Bore: 94 mm
Stroke: 120 mm
Number of cylinders: 4
Maximum speed: 2600 rpm
Gross intermittent power: 55.4 kW (74.3 hp)
Combustion system: Direct injection
Intake system: Turbocharged
The engine features Kubota’s E-CDIS (Center Direct Injection System) combustion system, which has been optimized for clean and efficient combustion. This design helps reduce particulate matter emissions and improve overall engine performance.
The V3307-T is designed to comply with EPA Interim Tier 4 and EU Stage IIIA emissions regulations. It achieves this through mechanical means such as a cooled exhaust gas recirculation (EGR) system, without requiring additional aftertreatment devices.
Kubota has focused on reducing vibration and noise levels in this engine, making it more operator and environmentally friendly. The engine’s compact design, coupled with its power output, makes it suitable for a wide range of applications.
The V3307-T offers options for side power take-off (PTO), allowing the installation of up to three hydraulic pumps with different capacities. This feature caters to the increasing use of hydraulic control devices in industrial machines.
Dimensions of the engine are approximately:
Length: 674 mm
Width: 506 mm
Height: 739 mm
Dry weight: 268 kg
The engine’s oil pan capacity is 11 liters, and it comes equipped with a 12V-3.0kW starter and a 12V-45A alternator.
Overall, the Kubota V3307-T engine is known for its reliability, fuel efficiency, and versatility across various industrial applications. Its design focuses on balancing power output with environmental performance, making it a popular choice for manufacturers of construction and agricultural equipment.
Kubota V3306 Oil Capacity
The Kubota V3307 engine, which is the correct model number (not V3306), typically has an oil capacity of approximately 11 liters. This oil capacity includes the oil pan and filter.
It’s important to note that the exact oil capacity can vary slightly depending on the specific application and configuration of the engine. Some factors that may affect the oil capacity include:
1. The type of oil pan used
2. The presence of additional oil coolers
3. The specific model variant of the V3307 engine
When changing the oil in a Kubota V3307 engine, it’s recommended to start by adding about 10 liters of oil, then check the dipstick. Add oil gradually until the level reaches the full mark on the dipstick. This method ensures you don’t overfill the engine, which can be just as harmful as having too little oil.
For the most accurate information on oil capacity for your specific Kubota V3307 engine, it’s best to consult the engine’s operation manual or contact a Kubota dealer. They can provide the exact oil capacity for your particular engine configuration.
Regular oil changes are crucial for maintaining the performance and longevity of the Kubota V3307 engine. Always use the recommended grade and quality of oil as specified by Kubota for optimal engine protection and performance.
Kubota V3306 Injection Pump
The Kubota V3307 engine (which is the correct model number, not V3306) typically uses an in-line fuel injection pump. This pump is responsible for delivering fuel to the engine’s cylinders at high pressure.
Key features of the V3307 injection pump include:
1. Direct injection system: The pump delivers fuel directly into the combustion chamber, improving fuel efficiency and reducing emissions.
2. Mechanical operation: The pump is mechanically driven by the engine, ensuring precise timing of fuel delivery.
3. High-pressure capability: The pump can generate the high pressures required for efficient fuel atomization and combustion.
4. Adjustable timing: The injection timing can be adjusted to optimize engine performance and emissions.
5. Durability: Kubota injection pumps are known for their reliability and longevity, even in harsh operating conditions.
6. Compatibility: The pump is designed to work seamlessly with other components of the Kubota V3307 engine’s fuel system.
7. Precision manufacturing: The pump is manufactured to tight tolerances to ensure consistent fuel delivery across all engine speeds and loads.
8. Serviceability: The pump design allows for relatively easy maintenance and repair when necessary.
For optimal engine performance, it’s crucial to maintain the injection pump properly. This includes using clean fuel, replacing fuel filters regularly, and having the pump serviced by qualified technicians when needed. If issues arise with the injection pump, it can significantly affect engine performance, fuel efficiency, and emissions.
Kubota V3306 Engine for Sale
Based on the search results, it appears the correct model is actually the Kubota V3307 engine, not V3306. Here’s a summary of the Kubota V3307 engine availability for sale:
The Kubota V3307 is a 4-cylinder turbocharged diesel engine commonly used in construction machinery, agricultural equipment, and other industrial applications. It has a displacement of 3.3 liters and typically produces around 55.4 kW of power at 2600 rpm.
New V3307 engines are available for sale from authorized Kubota dealers and engine suppliers. Prices for new engines can range from around £7,600 to €4,950 depending on the specific configuration and seller.
Used and rebuilt V3307 engines are also widely available on the market. Prices for used engines generally range from €3,700 to €4,600 depending on hours, condition, and seller. Many used engines come with warranties, typically around 3 months.
When purchasing a V3307 engine, buyers should consider:
– Whether they need a mechanical injection (V3307-T) or common-rail injection (V3307-CR-T) version
– Compatibility with their specific equipment application
– Engine hours and overall condition for used engines
– Warranty coverage
– Emissions compliance (EPA Tier 4 / EU Stage IIIA)
It’s recommended to purchase from authorized Kubota dealers or reputable engine suppliers to ensure quality and proper compatibility. Providing details like the machine type, make, reference, year, and engine serial number can help sellers identify the correct engine configuration.
Overall, the Kubota V3307 engine appears to be readily available both new and used from various sellers across Europe and North America. Prices and exact specifications can vary, so it’s best to contact sellers directly for the most up-to-date information on available engines.
Kubota V3306 Specs
The Kubota V3307 engine (which is the correct model number, not V3306) is a 4-cylinder turbocharged diesel engine commonly used in construction machinery and agricultural equipment. Here are the key specifications:
Displacement: 3.331 liters (203.3 cubic inches)
Bore x Stroke: 94 mm x 120 mm (3.70 in x 4.724 in)
Number of Cylinders: 4
Aspiration: Turbocharged
Combustion System: Direct injection
Fuel System: In-line pump
Rated Output: 55.4 kW (74.3 HP) at 2600 rpm
Maximum Torque: 265 Nm (195 lb-ft) at 1600 rpm
Emissions Compliance: EPA/CARB Interim Tier 4 and EU Stage IIIA
Dimensions:
Length: 655 mm (25.8 in)
Width: 500 mm (19.7 in)
Height: 739 mm (29.1 in)
Dry Weight: 268 kg (591 lbs)
The engine features Kubota’s E-CDIS (Center Direct Injection System) combustion system, which has been optimized for clean and efficient combustion. It also includes a cooled exhaust gas recirculation (EGR) system to help meet emissions regulations without requiring additional aftertreatment devices.
The V3307 offers options for side power take-off (PTO), allowing the installation of up to three hydraulic pumps with different capacities. This feature caters to the increasing use of hydraulic control devices in industrial machines.
Overall, the Kubota V3307 engine is known for its reliability, fuel efficiency, and versatility across various industrial applications. Its design focuses on balancing power output with environmental performance, making it a popular choice for manufacturers of construction and agricultural equipment.
Kubota V3306 Repair Manual
Kubota provides official workshop manuals for their engines, which typically include:
– General information on engine identification and maintenance
– Detailed mechanism descriptions covering engine construction and function
– Servicing information including troubleshooting, specifications, tightening torques, and procedures for disassembly/reassembly
The manuals are usually divided into three main sections:
1. General Information
2. Mechanism
3. Servicing
Key contents often include:
– Safety instructions and precautions
– Engine identification information
– Maintenance schedules and checklists
– Special tools required
– Troubleshooting guides
– Complete disassembly and reassembly procedures
– Specifications and tolerances for components
– Wiring diagrams
To obtain the correct manual for a specific Kubota engine model, it’s best to contact an authorized Kubota dealer or distributor. They can provide the appropriate workshop manual based on the exact engine model and serial number.
For the V3307 engine, the manual would cover topics like fuel system maintenance, cooling system service, cylinder head removal/installation, piston/connecting rod replacement, and more. Having the official manual is important for accessing accurate specifications and following proper repair procedures.
Kubota V3306 Parts Manual
The Kubota V3307 engine parts manual typically includes:
– Engine identification information
– Detailed parts diagrams and breakdowns
– Part numbers for individual components
– Assembly and disassembly instructions
Key engine components covered in the manual include:
Cylinder head assembly:
– Valves, valve guides, valve springs
– Rocker arms and rocker arm shaft
– Cylinder head gasket
Engine block:
– Pistons, piston rings, connecting rods
– Crankshaft and main bearings
– Camshaft and tappets
Fuel system:
– Fuel injection pump
– Fuel injectors
– Fuel lines and filters
Cooling system:
– Water pump
– Thermostat
– Radiator
Lubrication system:
– Oil pump
– Oil filter
– Oil pan
Electrical components:
– Starter motor
– Alternator
– Wiring harness
The manual provides part numbers, quantities, and diagrams to help identify the correct components when servicing or repairing the engine. It’s important to use the engine serial number to ensure you’re referencing the correct version of parts for your specific engine.
To obtain the official parts manual for a Kubota V3307 engine, it’s best to contact an authorized Kubota dealer or distributor. They can provide the appropriate manual based on the exact engine model and serial number.
Kubota V3306 Fuel Filter
The Kubota V3307 engine (which appears to be the correct model number, not V3306) uses a fuel filter system that is important for maintaining engine performance and longevity. Here are some key points about the fuel filter for this engine:
The fuel filter is designed to remove contaminants and impurities from the fuel before it enters the engine’s fuel injection system. This helps protect sensitive components like the fuel injectors and injection pump from damage.
Typically, the fuel filter assembly consists of a filter element housed in a filter cup or canister. The filter element is usually a replaceable cartridge-style filter.
Regular maintenance of the fuel filter is crucial. This includes:
1. Periodic inspection of the filter for signs of contamination or damage
2. Replacing the filter element at the intervals specified in the engine’s maintenance schedule
3. Cleaning the filter cup when replacing the element
4. Checking for and addressing any fuel leaks around the filter assembly
When replacing the fuel filter:
1. Shut off the fuel supply and relieve system pressure
2. Remove the old filter element carefully to avoid spilling fuel
3. Clean the filter housing thoroughly
4. Install the new filter element, ensuring it’s seated correctly
5. Reassemble the filter housing, taking care not to over-tighten components
6. Bleed the fuel system to remove any air after filter replacement
Using high-quality fuel and keeping the fuel system clean can help extend the life of the fuel filter and protect the engine. It’s important to use only filters that meet Kubota’s specifications for the V3307 engine to ensure proper filtration and system compatibility.
Kubota V3306 Parts
The Kubota V3306 engine parts typically include:
Cylinder head assembly:
– Valves, valve guides, valve springs
– Rocker arms and rocker arm shaft
– Cylinder head gasket
Engine block:
– Pistons, piston rings, connecting rods
– Crankshaft and main bearings
– Camshaft and tappets
Fuel system:
– Fuel injection pump
– Fuel injectors
– Fuel lines and filters
Cooling system:
– Water pump
– Thermostat
– Radiator
Lubrication system:
– Oil pump
– Oil filter
– Oil pan
Electrical components:
– Starter motor
– Alternator
– Wiring harness
Additional parts often include:
– Flywheel and flywheel housing
– Intake and exhaust manifolds
– Turbocharger (for turbocharged models)
– Various gaskets, seals, and fasteners
When ordering parts, it’s important to use the engine serial number to ensure compatibility with your specific V3307 engine. Parts manuals typically provide detailed diagrams, part numbers, and quantities needed for servicing or rebuilding the engine.
To obtain official parts information or purchase components for a Kubota V3307 engine, it’s best to contact an authorized Kubota dealer or distributor. They can provide the most up-to-date and accurate parts information based on your engine’s exact specifications.
Kubota V3306 Service Manual
The Kubota V3306 service manual typically includes:
General information:
– Engine identification
– Safety precautions
– Specifications
– Maintenance schedules
Mechanism descriptions:
– Engine body construction and function
– Lubrication system
– Cooling system
– Fuel system
– Intake and exhaust system
Servicing information:
– Troubleshooting guides
– Disassembly and assembly procedures
– Adjustment specifications
– Tightening torques
The manual is usually divided into three main sections:
1. General
2. Mechanism
3. Servicing
Key contents often include:
– Complete disassembly and reassembly procedures
– Specifications and tolerances for components
– Special tools required for servicing
– Electrical system diagrams
– Fuel system maintenance
– Cooling system service
– Cylinder head removal/installation
– Piston and connecting rod replacement
To obtain the official service manual for a Kubota V3307 engine, it’s best to contact an authorized Kubota dealer or distributor. They can provide the appropriate manual based on the exact engine model and serial number. Having the official manual is important for accessing accurate specifications and following proper repair procedures.